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Science Courses

Our MRes students attend a number of different science courses in the Departments of Materials Science, Chemistry and Physics, which helps prepare them for truly interdisciplinary projects

The Science Courses on the NanoDTC MRes Programme are offered jointly with the M.Phil in Micro & Nano Technology Enterprise. The courses include:

  • Characterisation Techniques - Dr. Cate Ducati and Dr. Rachel Oliver
  • Nanofabrication Techniques - Dr. Zoe Barber and Prof. Mark Blamire
  • Nanomaterials - Dr. Rowan Leary
  • Nanochemistry - Dr. Stuart Clarke and Prof. Tuomas Knowles
  • Physics at the Nanometre-Scale - Dr. Vijay Narayan and Dr. Jason Robinson
  • Bionanotechnology - Prof. Ulrich Keyser and Dr. Ljiljana Fruk

Further details about the courses can be found on the M.Phil. in Micro and Nano Technology Enterprise Handbook

A highlight of scientific training at the NanoDTC is the Nano Self-Assembly course, which is unique in its scope as well as the way it is delivered. The Nano Self-Assembly course has been specifically developed for the NanoDTC, introducing flagship ideas and science related to the Centre’s theme.

In this course, the different forces that operate at the micro‐ and nano‐scale are covered with examples drawn from many areas. In particular how these forces influence assembly (either driven or self‐assembly) of micro‐ and nano‐structures, and the interplay between different components is discussed, including some of: non‐covalent interactions, Brownian motion, sedimentation and diffusion, surfactants and surface tension, surface thermodynamics and adsorption, micelles and geometric forces, mass action, packing and phase diagrams, microemulsions, surface bending energies, electrostatics in assembly, electric double layer, enthalpy and entropy stabilisation, and adhesion, multi‐wall stabilities. The aim is to give students a grounding in the different factors that influence assembly in a variety of situations to enable them to adopt a deep approach in devising strategies for building nanodevices and nanomaterials.
Examples will be drawn from a wide spectrum of Nano research including colloids, micelles, nanoparticles, block co-polymers, aggregates, and proteins.

The Nano self-assembly course has been developed by Prof. Jeremy Baumberg and is currently taught by Dr. Silvia Vignolini and Dr. Felix Deschler.


RSS Feed Latest news

NanoDTC Students included in Forbes 30 under 30

Jan 30, 2018

Jean de la Verpilliere and Alex Groombridge have been listed in the Forbes 30 under 30 in Europe.

Call for Midi+PhD Project Proposals

Dec 01, 2017

We are now accepting Midi+PhD Project Proposals from Cambridge Academics for our 2017 cohort/ Deadline: 26th Feb 2018

ERC PoC award for further technology development by Translational Prize Winners

Nov 23, 2017

Team receives £150k ERC Proof-of- Concept award for further development of their functional magnetic materials for biomedical applications

NanoDTC-Impulse-Maxwell Innovation Seminar Series - Prof. Ijeoma Uchegbu, Nanomerics

Oct 10, 2017

The first event in the joint NanoDTC-Impulse-Maxwell Innovation Seminar Series kicks off with a series of brilliant speakers who are at different stages in their Innovation  and Entrepreneurship journey.